CMA Dishmachines L-1Xe Low Temperature Undercounter Dishwasher Glasswasher Owner’s Manual

: June 10, 2024
: CMA Dishmachines

Table of Contents

Specifications
Getting Started
Operation
Maintenance
Addendum for Machines Installed in the City of Chicago
APPENDIX A: OPERATOR & CLEANING INSTRUCTIONS
ELECTRICAL DIAGRAM
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

Dishmachines L-1Xe Low Temperature Undercounter Dishwasher Glasswasher
Owner’s Manual CMA Dishmachines L-1Xe Low Temperature Undercounter
Dishwasher Glasswasher Owner’s Manual
Installation & Operations
Rev 1.04 6-23-20

CMADISHMACHINES
12700 KNOTT AVENUE
GARDEN GROVE, CALIFORNIA 92841
800-854-6417
FAX714-895-2141
www.cmadishmachines.com

Specifications

1.1. L-1Xe

WATER CONSUMPTION

PER RACK| .99 GAL.| 3.75 L
PER HOUR| 40 GAL.| 150.00 L
OPERATING CYCLE| |
WASH TIME-SEC| 46| 46
RINSE TIME-SEC| 29| 29
DWELL TIME-SEC| 15| 15
TOTAL CYCLE| 90 Sec.| 90 Sec.
OPERATING CAPACITY
RACKS PER HOUR| 40| 40
WASH TANK CAPACITY| .99 GAL.| 3.75 L
PUMP CAPACITY| 52 GPM| 196.8 LPM
WATER TEMP REQUIRED| 120°F| 49°C
WATER TEMP RECOMMENDED| 140°F| 60°C
WATER INLET| ½”| 1.27cm
DRAIN CONNECTION| ½”| 1.27cm
FRAME DIMENSIONS
DEPTH| 23 ½”| 59.69 cm
WIDTH| 24”| 60.96 cm
L-1Xe HEIGHT| 33 1⁄8”| 84.74 cm
L-1Xe MAX CLEARANCE FOR DISHES| 12 ¼”| 31.11 cm
ELECTRICAL*| 115 VAC 16 AMPS
WASH HEATER (Not Booster Heater)| 1.250 kW
WASH PUMP MOTOR| 13.4 AMPS

*MUST CONNECT TO DEDICATED SUPPLY CIRCUIT.
COMPLIANCE WITH LOCAL ELECTRICAL CODES MUST BE FOLLOWED.
SHIPPING WEIGHT
L-1Xe (Approximate)………………. 190#…………….86.2 kg
Note: The required flowing water pressure to the dishwasher is 15-65 PSI. If pressures higher than 65 PSI are present, a pressure regulating valve must be installed in the water line to the dishwasher (by others). If flowing pressure is lower than 15 psi, improper machine operation may result.
1.2. L-1Xe Operational Cycle
The L-1Xe Operational Cycle has a total cycle time of 1½” minutes (90 seconds). The Timing Diagram and the steps listed below detail the individual functions that are executed during each Operational Cycle. CMA Dishmachines
L-1Xe Low Temperature Undercounter Dishwasher Glasswasher - Timing
Diagram

With the machine powered up, toggling the START switch begins a cycle.
a) Toggling the START switch energizes both the cam timer motor and the instant start relay. The instant start relay latches ON the power to the cam timer motor so that the START switch can be released a moment after it has been toggled without the cam timer motor losing power.
b) After about 2 seconds, Cam 1—the Start cam—latches ON the power to the cam timer motor and drops out the instant start relay. The cam timer motor continues to run for a total of 90 seconds, at which time it switches OFF—resetting the cam timer—and waits for the next start command.
Cam switch 7 controls the pump motor. The pump motor comes ON at the beginning of the operational cycle and continues to run until the end of the drain function (controlled by cam switch 3), at which time it turns off for about eight seconds allowing time for the machine to refill enough to avoid running the pump dry before the pump motor restarts and runs to the completion of the operational cycle.
The pump motor runs the pump for the 46-second wash cycle, then the drain pump drains the water out through the drain, turns off (allowing the machine to refill with clean rinse water) and then runs the pump for the 29-second rinse cycle.
Cam switch 2 controls the detergent pump and turns ON about 3 seconds after the operational cycle is started and runs for a few seconds to provide sufficient detergent for the wash cycle. This cam can be adjusted as necessary for proper detergent dosage.
See section 4.1.1 Cam Adjustment
Cam switch 3 controls the drain function. At the end of the 46-second wash cycle, cam switch 3 energizes the drain pump allowing the drain pump motor to drain the wash water out of the machine. Cam switch 3 also increments the rack counter by one each cycle.
Cam switch 4 controls the water valve solenoid on the water supply to flush/fill the machine. At the end of the wash cycle the drain pump energizes (to pump the wash water out through the drain). With the drain pump stopped— the machine begins to fill for the rinse cycle. Once the machine has refilled sufficiently, the pump motor restarts continuing the rinse portion of the cycle as the filling of the wash tank completes.
Cam switches 5 and 6 control the sanitizer and rinse pumps respectively. They turn ON at the beginning of the rinse cycle and run for a few seconds to provide sufficient sanitizer and rinse aid for the rinse cycle. These cams can be adjusted as necessary for proper chemical dosage. See section 4.1.1 Cam Adjustment
Cam switch 8 operates the wash tank heater. This cam assures that the wash tank heater only turns on when the dishmachine is not in a cycle. This prevents the machine from drawing too much electrical current at any one time.

Getting Started

2.1. Introduction to the L-1Xe
The L-1Xe low temperature Dishwasher/Glasswasher is unique in its field; it has all the features of a standard commercial size machine packed into an under-counter, standalone dishwasher/glasswasher.
Operation of the L-1Xe is extremely easy. After initially filling the machine (see section 3.1.3 Filling the Machine), toggling the Fill/Start switch to the “START” position begins the Operational Cycle, which runs automatically.
The only external connections necessary are the power source, water supply and drain.
There are also accessories that can be chosen when desired such as the optional 4” and 6” legs.
See parts manual for the parts list and accessories available for the machine.
The supply water to the L-1Xe required is 120°F and recommended at 140°F. The pipe supplying the water must be ½”. The plumbing connection is located at the back of the machine. The machine comes with a drain hose. See section 2.2.2 Plumbing. This manual is structured to provide a complete reference guide to the L-1Xe. It is presented in a manner that all users will be able to comprehend and use as an effective tool in supporting the installation, operation and maintenance of the dishwasher/glasswasher. The first section provides the specifications and details of the operational cycle. The next section explains how the machine is packaged and what to look for when receiving the machine. After unpacking the machine, this manual explains how to install and set up the machine for use. Requirements are given for plumbing, wiring, and space considerations. The Operation section of the manual may be used for instruction and procedures when required. We make this portion of the manual easy to understand so that all levels of operators may be able to read and comprehend the operation of the machine. The function of the machine itself is mostly automatic and takes little training to put into full operation. The Operation section also includes diagnostic considerations for the machine if problems occur.
CMA warranties the workmanship of the machine.
DISCLAIMERS
CMA expressly disclaims any and all warranties, express or implied, relating to the installation of any and all CMA equipment that is installed by chemical dealers, contracted servicers or third party servicers to CMA equipment. If the installation instructions are not followed exactly (to the letter), or, if any person or company conducting the installation of the CMA equipment, revise the installation procedures or alter the instructions in any manner, the CMA warranty becomes void. If, due to the improper installation of CMA equipment, this equipment ceases to operate properly or affects other parts of the CMA dishwashing equipment, in that the other parts become defective, the CMA warranty becomes void. CMA will not be liable or responsible or warrant CMA equipment, due to improper installation of any CMA model dishwasher.
CMA does NOT endorse “Tankless On-Demand” water heaters for use on CMA Dishmachine products. On most applications, the volume of hot water required for commercial dishmachines exceeds the capacity of these types of heating sources. You will find that most, if not all, commercial dishmachines have been programmed with auto-filling features that require quick filling, with a designated limited time. CMA DOES endorse, and highly recommends, the standard “tank” style water heaters, sized properly to handle each particular facility with their water heating requirements. A “tank” style water heater stores and supplies a large capacity of preheated water before providing hot water to the dishmachine. To meet required health codes, there must be a reliable and consistent flow of adequate hot water supplied to the dishmachine.
If the facilities’ “tank” style water heater is marginal in size, CMA recommends installing a proper size Hatco Booster Heater, a CMA’s E-Temp 40 or 70-degree-rise Booster Heater (that can be installed on CMA Conveyors), or a CMA Temp-Sure Booster Heater (for door and undercounter dishmachines). All are designed to adequately achieve results.
Warning: cancer and reproductive harm – www.P65Warnings.ca.gov

2.2. Receiving and Installation
The dishwasher is shipped from the factory in a corrugated box on a wooden pallet. The installation guidelines give a systematic procedure for setting up the machine.
1. Start by removing the box and packaging material. Check for the following component parts:
A. Drain Screen:
The Wash Tank Scrap Screen is shipped inside the wash cavity of the machine. This screen must be in place during operation. It has been designed to perform two basic
functions:
Strain water that is circulating through the spray arms and pump assembly.
A basket to catch heavy solids or broken glass that may plug the impeller.
B. Tube Stiffeners:
The tube stiffeners must be used to prevent the feed tubes from curling up inside the chemical pail allowing the tip to rise out of the chemical. Remove the tie-wraps securing
the tube stiffeners to the dishmachine to free them up for use. Be careful not to remove any of the tie-wraps securing the tube bundle.
2. Set the machine in place and, using the leg adjusters, level from side-to- side and front-to-back to prevent door leaks.
Steam generated from normal operation may escape from door. Wood, laminates, veneers, etc. are unsuitable materials for use in areas exposed to dishwasher steam and detergents. Stainless steel or other moisture-resistant shields are recommended for surfaces adjacent to sides and tops of under counter dishwashers.
2.2.1. Electrical

Prior to installation make sure the electrical supply is compatible with the specifications on the machines data plate.
115 volt, 60 Hz dedicated circuit must be used to supply electrical power to the L-1Xe Dishmachine (see specification sheet page 1). 1.!Memile”
DO NOT USE POWER CORD OR GFI OUTLET
This unit MUST BE hard-wired to a dedicated appropriately size circuit breaker.
WARNING: Electrical and grounding connections must comply with the applicable portions of the National Electrical Code and/or other local electrical codes.
Note: For supply connections, use copper wire only rated at 90 degree C minimum.
Electrical and plumbing connections must be made by a qualified person who will comply with all available Federal, State, and Local Health, Electrical, Plumbing and Safety codes
2.2.2. Plumbing
Notice to Plumber: The plumber connecting this machine is responsible for making certain that the water lines are THOROUGHLY FLUSHED OUT BEFORE connecting to the dishwasher.
The machine is equipped with a ball valve with a ½” female NPT connection located at the lower left-hand corner (facing the back) of the machine. A required 120°F water line should be plumbed to this point. The water line used must be of sufficient length and flexibility to permit the machine to be moved for cleaning.
Machine is equipped with a ½” drain hose. Code requires that the drain discharge provide an air gap no less than 1” or two pipe diameters; whichever is greater, above the flood level rim of an approved floor drain.
CMA recommends utilizing a water softening system to maintain water hardness measurements of 3.5 gpg (grains per gallon) or less. This will assure maximum results and optimum operation of the dishmachine.
Note: high iron levels in the water supply can cause staining and may require an iron filter. High chlorine levels in the water supply can cause pitting and may require a chloride removal system.
If an inspection of the dishwasher or booster heater reveals lime buildup after the equipment has been in service, water treatment is recommended. If water softener is already in place, ensure there is a sufficient level of salt.
2.2.3. Installers Checklist
- Dishwasher/Glasswasher checked for concealed damage
- Hot water supply is required 120° F (49 C), recommended140° F (60 C)
- Incoming water supply line is ½”
- Supply circuit breaker for machine is properly sized
- Service voltage and phase type are correct to machine data plate
- Drain hose is installed with adequate air gap
- Dishwasher/Glasswasher is properly grounded
- Dishwasher/Glasswasher is properly leveled
- Machine circuit breaker is labeled “DISHWASHER” or “GLASSWASHER”
- Machine has been connected with correctly sized wire

Electrical and plumbing connections must be made by a qualified person who will comply with all available Federal, State, and Local Health, Electrical, Plumbing and Safety codes
The de-liming agents used to de-scale a commercial dishwasher, are highly caustic and de-liming must be done by a qualified chemical specialist.

Operation

3.1. Initial Setup
3.1.1. Check.
Drain screen is in place
Spay arms and end plugs are secure
3.1.2. Chemicals
Assure there is a sufficient supply of chemicals before beginning a shift.
Note: Use only commercial-grade detergents and rinse aids recommended by your chemical professional. Do not use detergents and rinse aids formulated for residential dishwashers.
Low Temperature chemical-sanitizing dishwasher/glasswasher must not exceed 6% sodium hypochlorite solution (bleach) as the sanitizing agent. Higher levels may damage
stainless or components.
Follow the directions precisely that are on the litmus paper vial and test the water on the surface of the bottom of the glasses. Concentration should be 50 p.p.m. minimum to 100 p.p.m. maximum. If concentration is incorrect contact your chemical supplier.
3.1.3. Filling the Machine
With the power ON, toggle and hold the Fill/Start switch in the “FILL” position until the water level in the wash tank reaches the water fill line.
3.2. General
Caution: Do not operate the dishwasher/glasswasher without the drain screen in place. Debris getting into the pump impeller can damage the pump.

Load a rack into the machine and close the door.
With the machine filled to the proper level, toggle Fill/Start switch to the “START” position – the machine will automatically begin its cycle. The red cycle light will illuminate while an operational cycle is in process.
At the end of the shift, drain the machine by holding the Drain push button switch, depressed position until the machine is completely drained. To avoid running the pump dry, do not hold the Drain push button switch any longer than necessary.
Remove and clean the drain screen. Remove and clean the spray arms. (See wall chart instructions).
Replace the drain screen and spray arms.
Inspect your dishwasher/glasswasher interior for lime deposits.

The chemicals and water level must be programmed by a qualified chemical specialist.
The de-liming agents are highly caustic and de-liming must be done by qualified chemical specialist.
3.2.1. Pre-Scrapping
It is essential that the operator thoroughly understand the importance of pre- scrapping the wares before loading them. The L-1Xe is equipped with a removable drain screen. The drain screen can be easily removed for cleaning between Operational Cycles of the dishmachine. Properly pre-scrapping should permit the glasswasher/dishmachine to
operate for an entire shift before needing to remove and clean the drain screen.
3.2.2. Proper Chemical Dosage
The amount of chemical delivered, whether it is detergent, sanitizer or rinse aid, is determined by its respective cam on the cam timer.

Cam number 2 runs the detergent pump
Cam number 5 runs the sanitizer pump
Cam number 6 runs the rinse aid pump

These cams were set at the factory but must be adjusted after final installation to maximize efficiency of chemical use (see section 4.1.1 Cam Adjustment.)
3.2.1. Proper Filling
The #4 cam must be adjusted properly to automatically dispense the correct amount of water each cycle. When the #4 cam switch actuator rides down into the cam groove, the water solenoid valve will activate to fill the machine. This cam only controls the duration the water valve is activated dispensing water inside the wash tank (see section 4.1.1 Cam Adjustment).The #4 cam is properly adjusted when the water level in the wash tank is at the “Fill Line” located on the bottom wall of the wash tank. If water pressure fluctuates, install a Pressure Regulator Valve (PRV) to maintain proper water levels between cycles. If water level is too low, wash pump will cavitate, become noisy and reduce pressure to wash arms.
3.2.2. Water Pump
The water pump takes in water from the drain sump and pumps it to the spray nozzles at a rate of 52 gallons per minute and a pressure at the nozzles of approximately 7 to 10 PSI. After being released through the spray arms and washing or rinsing the dishes, the water uns down the pan to the sump, through drain screen, and back to the pump.
A 115-volt, 1 HP motor operating at 3450 RPM, drives the pump. The impeller is mounted with a right-hand thread onto a 5/8” stainless steel shaft, which is coupled to the motor armature shaft.
3.2.3. Pump Cavitation
By listening to the normal pumping sound of the motor it can be determined if there is insufficient water in the machine, as you will hear a hesitation in the normal pumping
rhythm, which is created by the air getting into the pump. Cam 4 can be adjusted to increase the amount of water that is automatically fed into the machine during a cycle (see
section 4.1.1 Cam Adjustment).
3.2.4. Deliming Dishmachine
Here are some recommendations for deliming dishmachine:

If your dishmachine uses chemical sanitizers like chlorine, iodine, consult your chemical professional to verify chemicals used for deliming. Mixing chemicals can create a noxious gas or acid which could be harmful to humans or damage your machine.
You have to manually drain the tank and fill with fresh water before adding the deliming agent.
After filling the machine with fresh water, add the correct amount of deliming solution as recommended by the chemical manufacturer. Close the door.
Toggle delime switch located behind lower front panel to “Delime” position and run the machine until the interior lime build up has been dissolved.
After deliming, inspect the inside of the machine.
If it is not delimed, run it again, following the deliming solution’s instructions.
If the machine is, delimed, flip delime switch to “Normal” position, drain and refill the machine.
Run for several minutes to remove residual deliming solution.
Drain and refill the machine.

Maintenance

The maintenance procedures detailed in this section are to be performed by qualified personnel.
4.1. Timer assembly
The standard timer assembly consists of a (90 sec per revolution) motor turning a common shaft, which, in turn, rotates eight cams. As the cams rotate, they control various functions and the sequence of the operational cycle.
The individual function of each of the 8 cams is identified by a label on the timer assembly. Cams 1 through 8 are positioned from left to right beginning with the “START” cam (cam 1).

Timer Assembly Label
All cams can be user adjusted except for cams 1, 3, and 8. The cam positions are all set at the factory and only the cams controlling the chemical pumps and water fill (cams 2, 4, 5 & 6) should ever need adjusting. Each micro switch on the timer assembly is turned on and off by the cam its actuator rides on. For all of the cams, except cams 1, 7 and 8, its corresponding switch is ON when its actuator is down in the cam groove. (Cams 1, 7 and 8 are reverse acting and are turned ON when the micro switch actuator up out of the groove.) Opening the groove of any cam other than cams 1, 7 or 8 will increase the amount of time that the micro switch is held ON. The cams are slip-fit and a cam adjustment wrench is provided (a small screw driver or the edge of a table knife can also work to adjust the cams).
4.1.1. Cam Adjustment
The two sides of each cam connect to the shaft with a slip-fit so all cam adjustments are made by rotating one side of the cam on the shaft to either increase or decrease the size of the cam groove.

Turn off the circuit breaker providing power to the machine before gaining access to the timer assembly.
Caution: One of the terminals on the main power switch remains “hot” even when the machine’s main power switch is turned off—so turn the power off at the circuit breaker.
Remove the (4) 10–32 x ½” screws securing front bottom panel.
Using the timer assembly label, determine which cam is to be adjusted. Double check by counting over from cam 1 to the cam to be adjusted.
Determine which edge of the cam groove to be adjusted is the leading edge (contacts the limit switch actuator first when the shaft is rotating) and which edge of the groove is the trailing edge. The leading edge of the cam groove determines when in the cycle the control action begins and should not be changed.
Adjust the trailing edge of the cam groove by rotating the appropriate side of the cam in the proper direction to either increase or decrease the cam’s groove; resulting in increasing or decreasing the total time that switch will be held ON.

4.2. Quick service guide
MODELS: L-1Xe UNDER COUNTER

TECHNICAL ISSUE	CAUSE	SOLUTION

Wash Pump motor will not shut off

| Delimer switch in delime position| Flip to NORMAL position
Faulty delimer switch| Replace switch
Faulty contactor| Replace contactor

Continues cycles

4.3 .Troubleshooting

PROBLEM	LIKELY CAUSE	SOLUTION

__

Machine inoperative

| Power off at circuit breaker| Reset circuit breaker
Defective power switch| Replace power switch
P/N: 15524.00
Defective timer assembly motor| Replace timer assembly motor
__

__

Pump Motor inoperative

| Door is open| Close door
Control drawer is pulled out| Secure control drawer
Defective reed (door) switch| Replace reed (door) switch
Defective timer assembly (Cam 7)| Replace timer assembly
Defective pump motor contactor| Replace contactor
Defective pump motor| Replace pump motor
Pump Motor runs with door open| Defective reed (door) switch| Replace reed (door) switch
Defective pump motor contactor| Replace contactor
Motor runs continuously| Delimer switch is on| Turn off delimer switch
Wash Tank Heater (no heat)| Defective heater thermostat| Replace thermostat
Defective heater contactor| Replace heater contactor
Defective timer assembly (Cam 8)| Replace timer assembly
Defective heater| Replace heater
Defective float switch| Replace float switch
Wash Tank Heater (never turns off)| Defective heater thermostat| Replace thermostat
Defective timer assembly (Cam 8)| Replace timer assembly *****
Defective heater contactor| Replace heater contactor
Defective float switch| Replace float switch
Low heat during operation| Low incoming water temperature| Turn up supply water heater
(below 140° F)| Insulate supply water pipe
Thermostat out of adjustment| Adjust thermostat
Defective wash heater| Replace heater
Low spray arm water flow| Limed up spray arm nozzles| De-lime spray arm nozzles
With power on, activating start switch does not begin cycle| Defective fill/start switch (cycle light will not light either)| Replace fill/start switch
Machine will not cycle| Defective timer #1 micro switch| Replace micro switch

PROBLEM	LIKELY CAUSE	SOLUTION
Start switch requires more than 1-second activation to run cycle	Defective
(Instant Start) ice cube relay	Replace ice cube relay
Activating fill switch does not fill machine	Defective fill/start switch

Replace fill/start switch
Defective water solenoid valve| Replace water solenoid valve
Fill water won’t shut off| Defective water solenoid valve| Replace water solenoid valve
Defective fill/start switch| Replace fill/start switch
Defective timer #4 micro switch| Replace micro switch
Activating drain switch does not drain machine| Drain hose is kinked| Un-kink drain hose
Defective drain switch| Replace drain switch
Defective drain motor| Replace drain motor
Detergent pump does not run| Defective detergent pump motor| Replace pump motor
Defective timer #2 micro switch| Replace micro switch
Sani pump does not run| Defective sani pump motor| Replace pump motor
Defective timer #5 micro switch| Replace micro switch
Rinse aid pump does not run| Defective rinse pump motor| Replace pump motor
Defective timer #6 micro switch| Replace micro switch
Activating detergent primer switch does not run pump| Defective sani/detergent primer switch| Replace primer switch
Defective detergent pump motor| Replace pump motor
Activating sani primer switch does not run pump| Defective sani/detergent primer switch| Replace primer switch
Defective sani pump motor| Replace pump motor
Activating rinse primer switch does not run pump| Defective rinse primer switch| Replace primer switch
Defective rinse pump motor| Replace pump motor
Counter does not increment| Defective counter| Replace counter
Defective timer #3 micro switch| Replace timer micro switch *****
Wash tank temperature gauge displays wrong temperature| Defective temperature display board or thermocouple| Replace temperature display board or the thermocouple
Delime switch does not activate pump motor| Defective delime switch| Replace delime switch
Defective pump motor| Replace pump motor

The timer assembly motor or micro switches can be replaced independently if that is the only component that has failed.

Addendum for Machines Installed in the City of Chicago

“All food dispensing establishments using chlorine or other approved chemical sanitizers shall, at all times, maintain an adequate testing device.”
“Dishes and other eating and drinking utensils to be washed in a dishwashing machine shall be properly scraped and pre-rinsed and shall be stacked in racks or trays so as to avoid overcrowding, and so as to permit the wash and rinse waters to reach all surfaces of each utensil.”
“In machine washing, multi-use eating and drinking utensils shall be washed in water containing a suitable detergent at a temperature of 120° F to 140° F or other method approved by the Department of Health.”
“The water in the wash tank shall be changed during operation as often as is necessary to keep it reasonably clean. An effective concentration of detergent in the wash water shall be maintained at all times.”
“Bactericidal treatment shall consist of exposure of all surfaces of dishes and utensils being washed to a rinse of clean water, at a temperature of not less than 180° F or other method approved by the Department of Health.”
“All dishwashing machines shall maintain a flow pressure not less than 15 or more than 25 pounds per square inch on the fresh water line at the machine and not less than 10 pounds per square inch at the rinse nozzles. A suitable gauge cock shall be provided immediately upstream from the final rinse sprays to permit checking the flow of the final rinse water. An easily readable thermometer accurate to a ° 2° F. shall be provided on both the wash and rinse water lines of the dishwashing machine which will indicate the temperature of the water solution there in.”
“Dishwashing machines shall be thoroughly cleaned at least once each day. The pumps and the wash and rinse sprays or jets shall be so designed that a forceful stream of water will reach all surfaces of the utensils when they are properly racked. These parts shall be thoroughly cleaned at least once each day. The pumps and the wash and rinse sprays or jets shall be designed that a forceful stream of water will reach all surfaces of the utensils when they are properly racked. These pars shall be readily accessible for inspection and cleaning.
“After bactericidal treatment, utensils and containers shall be stored at a sufficient height above the floor in a clean, dry place, protected from flies, splash, dust, overhead leakage and condensation, and other contamination. Containers and utensils shall be inverted, covered, or otherwise protected from contamination until used for serving.”
Drain racks, trays and shelves shall be made of non-corrodible material and shall be kept clean. In handling containers and utensils the surfaces thereof which come in contact with food or drink shall not be touched by the hands, except during the process of washing. Tables for clean and dirty dishes and food shall be so arranged that the dirty dishes will be as far removed from the food and clean dishes as may be possible.
All single service articles and utensils shall be purchased in sanitary cartons and stored in a clean, dry place until used, and after removal from the cartons, these articles shall be handled in such a manner as to prevent contamination.
Please note the following procedures must be followed for City of Chicago Approval:

All low energy models must have low level sani-alarms, both visual and audio.
All models must have a City of Chicago approval data label affixed to the machine.
Chlorine sanitizer must be a minimum of 100 PPM.

APPENDIX A: OPERATOR & CLEANING INSTRUCTIONS

OPERATING INSTRUCTIONS FOR MODEL L-1XE
CAUTION/WARMNG THIS MACHINE HAS A HEATER. WHEN WASH TANK IS EMPTY, TURN POWER OFF OR DAMAGE MAY OCCUR.

TURN ON POWER.
TOGGLE AND HOLD THE FILL SWITCH UNTIL WATER IS AT THE “FILL LINE” LOCATED ON THE BOTTOM WALL OF THE WASH TANK.
CLOSE DOOR AND TOGGLE SWITCH TO THE START POSITION.
TOGGLE SWITCH T PRIME CHEMIC REPLACING CHEMICAOL CONTA INERAL PUMP AFTER.
FOR NORMAL OPERATION, THE DELIMER SWITCH MUST BE IN NORMAL POSITION. NOTE: SWITCH IN DELIMER POSITION WILL CAUSE MACHINE TO RUN CONTINUOUSLY.

CLEANING INSTRUCTIONS FOR MODEL L-1XE

TOGGLE AND HOLD THE DRAIN SWITCH UNTIL WATER IS COMPLETELY DRAINED OUT OF TE MACHINE.
TURN OFF POWER
INSPECT TOP & BOTTOM SPRAY ARM JETS DAILY.
IF SPRAY ARMS ARE CLOGGED, REMOVE BY TURNING BEARING CLOCKWISE.
USE TOOTHPICK & PUSH TRASH INTO ARM. REMOVE END PLUG AND FLUSH WITH WATER. RE-INSTALL SPRAY ARM BY TURNING BEARING COUNTER CLOCKWISE.
CLEAN STRAINER SCREEN EVERY SHIFT. SCRUB SCREEN I WITH HEAVY BRUSH. RINSE UNDER FAUCET. RE-INSTALL.
THOROUGHLY CLEAN SCREEN.
REMOVE SCREEN.